Maritime Freight Transport Market Size & Share Analysis - Growth Trends and Forecast (2027 - 2032)

Market Trends and Insights

Surge in South-South intra-Asian trade corridors

Regional cargo growth supports shipping networks designed around connections within Asia rather than intercontinental exports alone. Container Trades Statistics Ltd reported that Intra-Far East container trade rose 5% year on year in 2025, becoming the largest lane at more than twice the size of Far East to North America.^[1] MSC's SAMBAR service made its maiden call at DaChan Bay on November 14, 2025. It deployed 6 vessels, each with nominal capacity of 4,000 to 5,000 twenty-foot equivalent units (TEUs), on direct connections from China to Vietnam, Thailand, Malaysia and Singapore. The multi-country route gives exporters access to several Southeast Asian destinations within one carrier service. MSC's standalone rotation links more than 10 ports across China, Southeast Asia and South Korea, so vessel employment can draw on several country pairs within the same loop.

Near-shoring drives short-sea feeder demand

Regional manufacturing can support maritime links when nearby production centers depend on ports for their material flows. In February 2025, Ternium reported that its Brownsville port volume had grown more than 400% over the preceding 5 years. The port received, stored and shipped steel slabs processed at Ternium's Pesquería industrial center in Mexico. Separately, in 2025, Tuxpan Port Terminal began handling containers for Green Tide Logistics' maritime route between Tuxpan, Mexico, and Philadelphia. Where production moves closer to customers, an available regional sea route can offer a transport option for factory-linked cargo. Near-shoring therefore adds sea demand mainly where cargo moves port to port, as with slabs handled at Brownsville and containers handled at Tuxpan, rather than wherever plants relocate.

EU ETS on maritime emissions reshapes fleet economics

The European Union extended its Emissions Trading System (EU ETS) to maritime transport in January 2024, making covered emissions a commercial cost for shipping companies. Cargo ships of at least 5,000 gross tonnage fall within the system's scope. Coverage includes all emissions between EU ports and within those ports, plus half of emissions on voyages between EU and non-EU ports. Companies must purchase and surrender allowances, with surrender coverage rising from 40% of 2024 emissions in 2025 to 70% of 2025 emissions in 2026 and 100% from 2027. Methane and nitrous oxide joined carbon dioxide in the maritime ETS from January 2026. Services with lower covered emissions therefore carry a smaller allowance exposure at each step of the 40%, 70% and 100% surrender schedule.

Digital freight platforms enable real-time capacity matching

Digital freight booking can widen access to ocean services by connecting carriers with several buyer groups through a shared channel. Freightos facilitated approximately 1.6 million freight-service transactions across its global platform in 2025, up 26% from 2024, covering air, ocean and other services. Its platform connects ocean carriers, freight forwarders, importers and exporters. That structure can place a carrier's offer within reach of buyers and intermediaries using the same booking environment. Real-time matching adds commercial value when an available sailing can be converted into a confirmed freight booking while the space is still available. Under that condition, the demand benefit comes from selling usable capacity on an existing voyage rather than requiring another vessel to create a transport option.

Chronic port-side infrastructure bottlenecks

Scarce terminal capacity can limit a hub's ability to retain maritime connections even when cargo is available. In the first half of 2026, Rotterdam's container transshipment volume fell 20% because capacity was lacking.^[2] The loss illustrates how a port-side constraint can displace connecting freight rather than reflect a shortage of goods needing transport. For carriers using such a hub, adding vessel space alone would not resolve the shore-side limit on handling that cargo. In August 2026, Rotterdam World Gateway accelerated its ongoing Maasvlakte 2 expansion, planning a fourth deep-sea berth and additional capacity before 2030. If handling space is insufficient during construction, connecting services can lose business before the new terminal capacity is available.

Oversupply risk from record container-ship orderbook

Additional container capacity can put carrier earnings under pressure even when shipment volumes expand. In its August 2026 report, Hapag-Lloyd reproduced forecasts of 8.1% net global container-capacity growth and 3.2% container-transport-volume growth for 2027. Citing MDS Transmodal, it reported an orderbook of 12.2 million TEUs at the end of June 2026, equal to 38.5% of global container-fleet capacity, versus 10.3 million TEUs and 31.8% at the end of 2025. If vessel supply outpaces cargo, operators face a choice between competing more aggressively for bookings and withholding capacity from service. Either response can squeeze the freight revenue available to cover the cost of the enlarged fleet.

*Our forecasts treat driver/restraint impacts as directional, not additive. The impact forecasts reflect baseline growth, mix effects, and variable interactions.

Maritime Freight Transport Market Segment Analysis

Dry bulk cargo accounted for a 28.59% share of the maritime freight transport market size in 2026. Within this largest segment, average Capesize spot earnings rose 70% year over year to more than USD 28,000 per day in the first half of 2026. Atlantic exports of iron ore and bauxite on long-haul routes to Asia were particularly supportive. These iron ore and bauxite flows can sustain long-distance Capesize employment across more than one commodity stream. Longer Atlantic-to-Asia voyages require more vessel days per cargo, so a given export volume can sustain more demand for Capesize tonnage.

Liquid bulk cargo is the fastest-growing segment, with a projected CAGR of 5.2% between 2027 and 2032. PETRONAS reported gross liquefied natural gas (LNG) sales of 20.29 million metric tons in the first half of 2026, up 17% from 17.34 million metric tons in the first half of 2025. It also delivered 282 LNG cargoes to key markets from its global portfolio in the first half of 2026. Delivering 282 cargoes in 6 months implies repeated LNG carrier loadings, creating a recurring need for vessel employment beyond a single lifting.

The others category represented a 43.45% maritime freight transport market share in 2026. Finished-vehicle maritime transport contributes to this largest segment, with CMA CGM operating 9 dedicated vessels globally in 2025, including new roll-on/roll-off ships with capacities of 5,500 to 7,000 car-equivalent units. The dedicated fleet illustrates a transport requirement shaped by finished vehicles and their carrying capacity, rather than a single standard container service. Within an integrated logistics group, a dedicated vehicle fleet makes maritime execution part of the automotive service, linking its customer offer to control of vessel deployment.

Pharmaceuticals and healthcare form the fastest-growing segment, with a projected CAGR of 5.4% between 2027 and 2032. In September 2026, Dr. Reddy's Laboratories' head of global logistics said around 70% of the company's shipments moved by sea and 30% by air, with Hyderabad handling most air movements. In May 2026, Maersk and Container Corporation of India (CONCOR) launched a weekly reefer rail service using 40-foot refrigerated containers from Hyderabad to Nhava Sheva. Maersk's integrated corridor covered inland rail, ocean freight and shipment visibility. Fitting refrigerated export sailings to that inland link can help ocean carriers secure pharmaceutical bookings from Hyderabad's manufacturing cluster.

Geography Analysis

Asia-Pacific Maritime Freight Transport Market

Asia-Pacific accounted for 37.82% of the maritime freight transport market size in 2026 and is the fastest-growing region, with a projected CAGR of 5.55% between 2027 and 2032. China's ports handled 354 million twenty-foot equivalent units (TEUs) of containers in 2025, up 6.8% from 2024, while Singapore recorded 44.66 million TEUs of container throughput, up 8.6% over the same period. In 2025, Taiwan's international commercial ports handled mainly import-export cargo, which was 83.92% of total cargo throughput. Higher container handling in China and Singapore therefore provides a multi-country operating base for Asia-Pacific freight growth.

Within North America, through September 2026, Los Angeles handled 8.08 million TEUs of loaded and empty containers, up 3.38% from the comparable 2025 period. Within South America, Brazil's Port of Santos handled 36.5 million metric tons of soybean grain and meal and 12.1 million metric tons of sugar in January-July 2026, up 6.7% and 5.3% year over year, respectively. Corn and pulp throughput fell 31.3% and 10.9% to 1.74 million and 4.95 million metric tons, respectively, over the same period. Elsewhere in South America, Colombia's containerized agro-industrial trade in 2025 was led by banana exports, mainly to the United States and Europe, while Buenaventura was a principal import entry point for the sector. A gateway's aggregate activity therefore gives carriers less guidance for vessel deployment than the equipment and commodity flows they expect to handle.

Within Europe, Ireland's Dublin Port handled 6.65 million metric tons in the second quarter of 2026, representing 49% of goods tonnage handled across Ireland's 8 main ports. That concentration makes Dublin a consequential access point for carriers pursuing that national cargo base. Within Middle East and Africa, Mombasa in Kenya handled 8.34 million metric tons of transit cargo in January-June 2026, up 13% year over year, with Uganda accounting for 71% of transit throughput. Uganda's importance makes inland transit reach central to Mombasa's freight proposition, linking an ocean gateway's opportunity to a destination outside its coastal host country.

Regulatory Framework and Outlook

The comparison covers selected jurisdictions from the perspective of an ocean freight carrier considering route access and operating duties. Chile's conditional outbound cabotage exception and Saudi Arabia's restriction on non-Saudi coastal navigation create different entry positions for foreign vessels. Australia and Germany impose energy-efficiency or emissions-compliance obligations on their respective covered shipping operations. These differences separate permission to carry a domestic cargo from the operational work required to deliver a compliant voyage.

The United States rates Medium and No change because later rulemaking does not defer OSRA duties effective June 16, 2022, with limited exceptions, despite the invoice-recipient provision being set aside as reported in November 2025. Chile's Medium rating reflects conditional outbound access, while Easing reflects the enacted cap rising from 50% of discharged foreign-trade cargo in the first year to 100% in the second, with specified amendments delayed 3 years in Los Lagos, Aysén and Magallanes and regulatory adaptation and Maritime Authority consultation required within 12 months of November 19, 2025. Australia and Germany receive Medium ratings for defined compliance duties, with Hardening tied respectively to IMO's adopted 2027-2030 CII guidelines for national implementation and the 2027 maritime ETS surrender phase-in. Saudi Arabia's Low rating and No change direction reflect the statutory coastal-access barrier, with any exception dependent on a discretionary license for a specified period.

Value Chain Stages

The value chain compares how ocean freight is arranged, carried and handled at the destination port. DHL Global Forwarding brokers ocean transport between customers and freight carriers. Maersk's Ocean segment earns freight revenue from carriage. These positions place the intermediary's transport arrangement and the carrier's vessel operation at different points of value capture, with different exposure to the rates paid for moving cargo.

DP World and Saudi Ports Authority inaugurated the expanded South Container Terminal at Jeddah Islamic Port in March 2025, increasing capacity from 1.8 million to 4 million TEUs. DP World operates the terminal under a 30-year build-operate-transfer concession. This creates a long-term operating commitment at the handling stage, beyond the arrangement of individual freight shipments. The commercial return on added terminal capacity therefore depends on attracting and handling cargo over the concession period, rather than the price achieved on one ocean booking.

Key Opportunities for Market Participants

The opportunities below compare lower-emission ocean freight services, fleet deployment and collaborative freight buying. FuelEU Maritime requires covered ships calling at EU ports to reduce annual onboard-energy greenhouse gas intensity, starting with a 2% target in 2025.^[3] It also permits pooling when the total compliance balance is positive and participating companies validate pool details. These provisions create different commercial choices for carriers selling freight capacity and buyers seeking sustainable shipping services.

In August 2026, the Center for Green Market Activation said the almost 50 members of the Zero Emission Maritime Buyers Alliance (ZEMBA) were inviting additional companies to join collaborative sustainable-shipping procurements. The central opening is to connect that buyer aggregation with freight services whose emissions attributes can be substantiated. Pooling offers fleet flexibility, but a positive compliance balance must be preserved as ships and cargo commitments change. The commercial limit is how much contracted freight the verified fleet position can support.